Aircraft traffic management system with digital technology

Abstract

The present invention relates to an aircraft traffic management system with digital technology that can be used to provide effective coordination and traffic management in the airspace, using aircraft position data, environmental data (weather condition) and dynamic analysis to ensure the safe, efficient and accident-free movement of aircraft in air traffic management, characterized in that it comprises a data collection module (1) that collects environmental factors such as weather condition, wind speed and atmospheric pressure and optimizes flight routes accordingly, flight data collection module (2) that provides flight information by collecting position, speed, altitude and other important flight parameters of the aircraft instantaneously, an analysis and optimization module (3) that analyzes the collected data and optimizes flight routes according to environmental conditions, a coordination module (4) that ensures coordination between aircraft, preventing overlapping flight routes and maintaining safe distances, a detection and warning module (5) that detects potential collisions between aircraft early and sends warnings to the flight crew, a decision and management module (6) that provides data- based decision support to air traffic control centers, helping to manage flight routes in the safest and most efficient way, and a test module (7) that tests the integration of all modules of the system and evaluates the performance of the system by simulating various air traffic scenarios.

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